News

News

Advancing with Honor! General Manager Li Xuehui of Shenzhen Zhengyan Microelectronics Attends the 3rd China Manufacturing Consumer Trusted Brand Gala

Advancing with Honor! General Manager Li Xuehui of Shenzhen Zhengyan Microelectronics Attends the 3rd China Manufacturing Consumer Trusted Brand Gala

2026-03-05

On December 15–16, 2025, the 18th China Industrial Forum was grandly convened in Beijing under the theme “Integrated Innovation for a Strong Industrial Future,” highlighting intelligent, green, and integrated development.

Shenzhen Zhengyan Microelectronics Honored As A 2025 National Advanced Unit For Rural Revitalization

Shenzhen Zhengyan Microelectronics Honored As A 2025 National Advanced Unit For Rural Revitalization

2026-03-05

Recently, the 2026 Spring Festival Reception for Retired Officials of Central and State Organs, together with the National Rural Revitalization Annual Awards Gala, was grandly held.

How can photovoltaic diodes effectively prevent hot spot effects in photovoltaic modules?

How can photovoltaic diodes effectively prevent hot spot effects in photovoltaic modules?

2026-02-24

Photovoltaic diodes, especially bypass diodes, play an irreplaceable role in preventing hot spot effects in photovoltaic modules.

How can the internal electric field distribution of low-frequency and high-power transistors be optimized to prevent breakdown?

How can the internal electric field distribution of low-frequency and high-power transistors be optimized to prevent breakdown?

2026-02-09

The optimization of low-frequency and high-power transistors requires comprehensive consideration of the synergy of structure, materials and processes.

What packaging structure can be used to improve the resistance to ultraviolet aging in photovoltaic diodes?

What packaging structure can be used to improve the resistance to ultraviolet aging in photovoltaic diodes?

2026-01-26

Fluoropolymer coatings form a stable protective layer on the material surface through chemical bonding, effectively inhibiting free radical reactions caused by ultraviolet rays and extending the service life of the material.

How can the thermal noise level of a small signal bipolar transistor be reduced in low-noise applications?

How can the thermal noise level of a small signal bipolar transistor be reduced in low-noise applications?

2026-01-12

Increased temperature enhances the thermal motion of charge carriers, leading to an exponential increase in thermal noise power.

×

Contact Us

captcha